Modern users rarely consider how radio waves travel through their apartment walls until internet speeds start to drop in distant rooms. The situation where a 4K movie plays smoothly in the living room, but the video barely loads in the kitchen is familiar to many home internet subscribers. Telecom operators, including MTS, are constantly upgrading their equipment to ensure stable coverage even in challenging layouts.
One technology designed to solve the problem of "dead zones" is the enhanced signal strength feature. In MTS routers, such as popular models from Huawei, ZTE, or Keenetic, this setting is often hidden deep within the settings or activated automatically depending on environmental conditions. Understanding how this feature works will help you properly configure your home network and eliminate connection drops.
In this article, we'll take a detailed look at what "increased power" means in the context of MTS equipment, how it affects connection speed and stability, and whether it's worth manually activating this feature to improve reception.
What is behind the term "increased power"
Under increased power In the context of wireless networks, this refers to increasing the router's transmitter output power, measured in milliwatts (mW) or decibels relative to an isotropically distributed radiator (dBi). Standard equipment settings are often limited by country regulations to minimize interference with neighboring networks. However, in densely populated areas or large spaces, standard settings may not be sufficient.
When an MTS router operates in boost mode, it literally "shouts" louder, penetrating concrete floors and brick walls. This is especially true for the range 2.4 GHz, which has better penetration but is often overloaded by signals from neighboring devices. Increasing the power allows the client device (smartphone or laptop) to "hear" the router in areas where the signal was previously too weak to establish a connection.
However, it's important to understand that power is only one side of the coin. Even if the router can reach your phone in the far corner of your apartment, the phone itself may not have sufficient transmitting power to respond to the router. This creates an asymmetrical channel, where data packets are lost and speed drops, despite a full signal on the screen.
⚠️ Attention: Uncontrolled increases in transmitter power can lead to overheating of the Wi-Fi module and a shortened router lifespan. Use boost modes only when truly necessary.
Technical features of MTS equipment
The MTS operator provides subscribers with equipment from various vendors, including Huawei, ZTE, Sercomm And KeeneticThe signal boosting feature implementation depends on the specific model and firmware version. Most modern MTS devices use adaptive power regulation technology, which automatically selects the optimal radiation level.
In advanced models with support for the standard Wi-Fi 6 (802.11ax) Power management is intelligent. The router analyzes the noise level in the air and the distance to connected clients. If a device is nearby, the power is reduced to save energy and reduce interference. If the signal weakens, the system can temporarily increase the transmitter power to maintain a stable link.
Some users try to find hidden engineer menus to manually set maximum values. In MTS routers, especially with custom firmware, access to such settings is often blocked. This is done to prevent inexperienced users from accidentally violating radio frequency regulations and causing network problems throughout the home.
Why does MTS limit power settings?
The restriction is related to compliance with radio frequency spectrum standards and ensuring the stability of equipment operation in apartment buildings, where dozens of routers operate in close proximity to each other.
Impact on connection speed and stability
Many people mistakenly believe that increasing Wi-Fi power directly improves internet speed. This is not entirely true. Power affects signal strength (RSSI) and a signal-to-noise ratio, which allows for higher modulation. Simply put, with a good signal, the router and phone can exchange data faster using complex coding schemes.
If the signal is weak, devices switch to lower, but more reliable, transmission speeds to avoid data loss. Enabling higher power can help secure a high-speed network connection in marginal coverage areas. However, if the channel is heavily interfered with by neighboring networks, simply increasing the signal volume can only add to the chaos without providing any speed boost.
Ping stability is a critical parameter. For online gaming and video calls, the absence of latency spikes is more important than maximum download speed. High-power mode can smooth out micro-drops caused by signal attenuation, but if the problem is channel congestion, the situation may worsen.
How to check the current signal strength
Before attempting to change any settings, it's important to diagnose the current network status. MTS routers often have built-in monitoring tools, but for a detailed analysis, it's better to use third-party utilities on a smartphone or laptop. This will allow you to objectively assess whether a weak signal is truly the problem.
The app is perfect for Android devices. Wi-Fi Analyzer or WiFi ManThey show not only the signal level in dBm but also channel load. On a Windows computer, you can use the command line to get detailed connection information.
Enter the following command in the command prompt (cmd):
netsh wlan show interfacesIn the output, find the "Signal" line. The value is expressed as a percentage, but for accurate diagnostics, it's better to check the dBm level using third-party software. A signal between -30 dBm and -60 dBm is considered normal. Values below -70 dBm are considered weak, and values below -80 dBm are critical, where constant interruptions are possible.
☑️ Wi-Fi network diagnostics
Comparison of antenna operating modes
Different MTS router models use different antenna configurations. Some devices have external, detachable, high-gain antennas, while others have built-in antennas. Understanding the differences between them will help you choose the right installation location.
The table below provides a comparison of the characteristics of various types of antennas used in MTS equipment:
| Antenna type | Gain | Coverage area | Peculiarities |
|---|---|---|---|
| Built-in (Internal) | 2-3 dBi | 1-2 rooms | Aesthetic appearance, less prone to breakage |
| External standard | 5 dBi | 2-3 rooms | Better polar pattern, can be replaced |
| External reinforced | 7-9 dBi | 3+ rooms/floor | Narrow beam, requires precise orientation |
| MIMO system | Depends on quantity | The whole house | Uses multiple antennas to increase speed |
If your MTS router is equipped with external antennas, you can experiment with their orientation. A vertical antenna position ensures horizontal signal distribution (ideal for a single floor). If you need to cover multiple floors, the antenna can be tilted or positioned horizontally.
⚠️ Attention: Replacing the standard antennas with more powerful third-party ones may result in the device not meeting its technical specifications and voiding the MTS warranty.
Optimizing settings for maximum coverage
Even without access to hidden power settings, you can significantly improve the situation by carefully adjusting the available parameters in your MTS account or router web interface. The first step should always be to select the least congested channel.
For the 2.4 GHz band, it is recommended to use channels 1, 6, or 11, as they do not overlap. In the range 5 GHz There are more channels and they're narrower, so it's easier to find a free frequency. It's also worth paying attention to the channel width: for 2.4 GHz, it's best to set it to 20 MHz for stability, while for 5 GHz, you can safely set it to 40 or 80 MHz for speed.
Don't forget about the encryption standard. Make sure you select a modern protocol. WPA2/WPA3Using outdated WEP or WPA (TKIP) not only poses security risks, but also limits the maximum connection speed, forcing the router to operate in compatibility mode with older devices.
Frequently Asked Questions (FAQ)
Can high Wi-Fi power be harmful to health?
Radiation from household routers, even at maximum power, is within safe limits and significantly below the maximum permissible levels established by international standards. The power of a household router is incomparable to that of a cell phone tower or microwave oven.
Why did the signal disappear after updating the MTS firmware?
A firmware update may reset the router to factory settings, where the power is set to the default value. The new firmware version may also manage power-saving algorithms differently. Try rebooting the device or resetting the settings again through the web interface.
Will a repeater help if the MTS router has low power?
A repeater will help expand your coverage area, but it won't boost the signal where it's weak. A repeater must be installed within range of the main router to extend the signal. If the main signal is weak, the repeater will only broadcast a weak signal.
How do I know if my MTS router supports signal boosting?
Information about support for amplification technologies (such as High Power Mode or vendor-specific technologies) can be found in the model's technical documentation on the manufacturer's official website or in the specifications on the MTS website. These typically refer to models with external antennas and support for the AC1200 standard or higher.